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Designing
We start with generating propeller CAD file and simulating it with our system
Our experts determine correct propeller, motor and esc combination
Once validate propeller data we perform simulation correctly
Prototyping
Our rapid prototyping team manufacture mold for the propeller with required specification and dimension
We determine the structure of propeller meaning different layers of carbon fibre as well as the central angle of the part and matching holes of the shaft
Propeller production
Our experts convert a prototyping mold to a manufacturing mold
Drilling and adjusting carbon fibre layers are the final stage in the propeller
Quality control
Propeller balance is crucial, our experts balance the propeller while controlling the quality
Our experts balance the propeller in both vertical and horizontal axis
Propeller test
Our quality experts test the propeller structure, which means that each propeller is subjected to weight test and is bended by a certain force
Visual test
Our experts ensure that the leading edges have the correct curves according to correct angle and there are no voids in the epoxy and shaft matching as per propeller standards
Acoustic test
Measuring sound of rotating propeller for higher performance and sound reduction
Static test
We have in house testing unit that measures crucial data like thrust, torque, and rpm of propeller with respect to size and configuration of motor
We validate appropriate data after testing propeller for optimum aerodynamic performance for higher standards
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